Yamaha SMT YS12F is an economical small-sized universal module placement machine designed for small and medium-sized batch production. Its main functions and effects include:
Patch performance and efficiency: YS12F has a patch performance of 20,000CPH (equivalent to 0.18 seconds/CHIP), which is suitable for small and medium-sized batch production and can efficiently complete patch tasks.
Component range: This placement machine can correspond to components from 0402 to 45×100mm, and supports a variety of tray packaging components and automatic exchange tray supply device (ATS15), built-in tape cutter, suitable for the placement of a variety of components.
Patch accuracy: YS12F has a patch accuracy of ±30μm (Cpk≥1.0), equipped with a high-precision flying camera and a fully automatic visual correction system, which can ensure high accuracy even under high-speed conditions.
Applicable substrate size: This SMT machine is suitable for L-size substrates, with a maximum size of L510×W460mm, suitable for the placement needs of various large substrates.
Power supply and air source requirements: The power supply specification is three-phase AC 200/208/220/240/380/400/416V, and the air source is required to be above 0.45MPa, clean and dry.
Dimensions and weight: The dimensions are L1,254×W1,755×H1,475mm (when equipped with ATS15), and the main machine weight is about 1,250kg (about 1,370kg when equipped with ATS15).
The Yamaha SMT YS12F SMT machine has good correspondence capabilities and can cope with a variety of tray packaging components and automatic exchange tray supply devices (ATS15). In addition, it also has a built-in tape cutter, 5-connected placement heads, multi-vision camera + side lights, and an automatic exchange tray supply device. These features make this chip mounter outstanding in production efficiency and precision, suitable for large-scale production needs. In summary, the Yamaha chip mounter YS12F is suitable for small and medium-sized batch production of electronic manufacturing needs with its high efficiency, high-precision mounting performance and a wide range of component applications.